History

Credit:

Siemens Energy Global GmbH & Co. KG

In recent decades, AG Turbo has achieved efficiency increases and emission reductions in turbomachinery and extended the service life of the machines. Many key technologies have now been industrialised and are used in modern turbomachinery or will be integrated into future products by the industrial partners involved.

AG Turbo has been the German platform for innovative turbomachinery research for over 35 years and stands for the consistent further development of key technologies in the field of turbomachinery. In the various project phases, significant contributions were made in the areas of increased efficiency, by increasing the process parameters of pressure and temperature, improved turbine and compressor aerodynamics and new cooling methods. The reduction of emissions was addressed at an early stage through optimised combustion processes and increased temperature and pressure levels in the components. Research into service life prediction and self-excited blade vibrations as well as the development of effective protective coatings increased reliability and, building on this, opened up possibilities for extending the operating range of the turbo components. Many of these results have now been industrialised and are in use in modern turbomachinery or will be integrated into future products by the industrial partners involved.

Our current research projects in the 6th and 7th Energy Research Programme

Collaborative projects since our foundation in 1985

2017 ECOFLEX-Turbo with a focus on turbomachinery - key technologies for flexible power plants and a successful energy transition

2013 COOREFLEX-Turbo with a focus on turbomachinery for flexible power plants

2010 AG Turbo2020 for turbomachinery for sustainable, climate-friendly fossil-fuelled power plants

2006 COORETEC-Turbo with focus on turbomachinery for CO2-free power plants

2003 COOREFF for Co2 reduction through efficiency

1996 AG Turbo2 with focus on low-CO2 power plant and 500 MW on one shaft

1987 High-temperature gas turbine with the Tech 1&2, Flamm 1&2 and Therm 1&2 units